Everything about Vehicle Architecture in the SDV Era

High-Speed Interface · Signal Validation · Software Automation All in One

 

The automotive industry is rapidly transitioning to the Software Defined Vehicle (SDV) era.

With high-resolution cameras and displays, autonomous driving sensors, centralized computing, and frequent OTA updates,

vehicles are no longer a collection of individual ECUs but have become one massive software platform.

 

Within this transformation, engineers face three challenges simultaneously.

 

• 📡 How to reliably connect tens of Gbps-level high-speed vehicle interfaces

• 🔍 How to validate signal integrity even in long cable environments

• ⚙️ How to automate and parallelize development of increasingly complex software

 

This webinar SDV Architecture → Physical Layer Validation → Software Development Automation connects

the entire vehicle development workflow into one integrated narrative.

 

---

 

💡 Webinar Key Topics

 

1️⃣ SDV Architecture and Vehicle High-Speed Network Strategy

 

– GMSL-Based Camera and Display Connection Solutions

• Core concepts of Software Defined Vehicle (SDV) architecture

• High-bandwidth, low-latency networks required in centralized computing environments

• Practical implementation of high-speed video links for cameras and displays

• Design key points optimized for vehicle mass production: Power over Coax, Adaptive Equalization, and more

 

---

 

2️⃣ Signal Integrity Validation Methods for High-Speed Vehicle Interfaces

 

– Importance of Eye Diagram and System-Level Measurement

• Rapidly increasing data rates (6G → 12G → 24G) driven by ADAS/IVI proliferation

• Jitter and noise issues occurring in 10–15m+ cable environments

• Eye Diagram validation from receiver perspective, beyond simple functional verification

• Measurement strategies for next-generation modulation schemes: PAM3/PAM4

• Simulation-based channel embedding/de-embedding validation approach

 

---

 

3️⃣ Software Factory and CI/CD Automation in the SDV Era

 

– New Approaches to Resolve AUTOSAR Development Bottlenecks

• Explosive increase in software complexity in SDV environments

• Limitations of traditional Monolithic AUTOSAR development approaches

• Artifact-based project separation and parallel development structures

• BSW configuration and application integration automation

• CI/CD pipeline integration with Jenkins and Git

 

---

 

👀 Recommended for

 

✔️ System engineers designing and reviewing SDV-based vehicle architectures

✔️ Hardware engineers working with high-speed interfaces such as cameras, displays, and Automotive Ethernet

✔️ Validation and test engineers facing challenges with Eye Diagram and Signal Integrity verification

✔️ Software engineers concerned with integration, collaboration, and automation in AUTOSAR-based development

✔️ Technical leaders seeking to understand vehicle development as a "complete workflow" rather than "isolated parts"

 

---

 

Vehicle development in the SDV era cannot be completed by hardware design alone or software development alone.

 

This webinar connects the architecture perspective, physical layer signal validation perspective, and software development automation perspective into one integrated flow,

providing a multidimensional view of the real challenges engineers face in the field.